aquasource Ultrafiltration Systems
Smart ultrafiltration solutions for municipal and industrial clients to produce safe and clean water
From Veolia's roots in France, aquasource products have been a pioneer in the ultrafiltration industry for over 30 years.
aquasource ultrafiltration systems are membrane water production units delivered as turnkey solutions. These systems are applicable to all sizes of municipal and industrial installations from 50 to 100,000 m3/day
- Plug & Play Systems
- Low Maintenance
- ZeeWeed* 700B with SevenBore* fiber technology
- User Friendly - Automatic
- Operational Management & Remote Control
aquasource Z-XS
aquasource Z-S
aquasource nomad
aquasource Z-M
aquasource Z-L
How it Works
A procedure used by aquasource since 1984
The operation of aquasource systems is fully autonomous and automated. The raw water is first prefiltered. It is then pumped at a low pressure (< 0.3 bar) into ultrafiltration modules (In/ Out). The membrane acts as a filter for particles larger than 0.02 μm. The system alternates sequences of filtration and backwashing resulting in a stable and long-lasting operational life. aquasource has developed processes based on mechanical backwashing during the production phase, with no added chemical reagents. Depending on the client requirements and raw water quality, additional cleaning products can be added (acid, base or chlorine).
- One simple step for both clarifying and disinfecting water
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A simple procedure called "low pressure" ultrafiltration permits the clarification and disinfection of water in a single step. A membrane barrier acts like a filter for all particles over 20 nm in size: pollen, algae, bacteria, viruses, germs and organic molecules.
- Pure water of consistently high quality
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This technology guarantees water of consistently high quality, with no taste or odor, no matter what the quality or turbidity of the water source.
- An enviromentally friendly technology
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The ultrafiltration procedure is mechanical: it reduces treatment waste and the need to use chemicals, while conserving the mineral equilibrium of the water.